Facebook plans to launch Athena, likely a constellation of small internet-delivering satellites, starting in 2019, after downgrading a drone project last month
FIBER OPTIC CABLES are the gold standard of a good internet connection, but laying them can be expensive, and in some parts of the world, a physically daunting task.
Context & Ripple Effects
Facebook's connectivity strategy has been cycling through delivery layers since 2015: it built a full-scale solar-powered Aquila drone prototype with a 10-gigabit laser link, then signed an Eutelsat partnership to beam internet to Africa from space, then announced terrestrial systems Terragraph and Project ARIES for urban and rural gaps. The throughline is that no single layer — air, ground, or orbit — has yet carried the mission alone.
The pivot crystallized over two months: public records including an FCC filing revealed quiet satellite development in May, and in June Facebook stopped building the Aquila drones, saying it would focus on underlying technology instead. Athena is what that refocus looks like as hardware — a small-satellite constellation aimed at places where laying fiber is too expensive or physically daunting.
First-order effects
- Facebook joins SpaceX and OneWeb as a named player in small-satellite broadband, shifting its connectivity capital expenditure from aircraft R&D toward orbital launches beginning in 2019.
- The drone shutdown leaves developing-world coverage plans dependent on satellites and the existing Terragraph/ARIES terrestrial systems rather than high-altitude wireless.
Second-order effects
- Satellite manufacturers and launch providers gain another prospective mega-constellation customer, while Eutelsat — Facebook's earlier orbital partner — becomes the obvious candidate for operational expertise if Athena moves past testing.
- SpaceX and OneWeb now face a deep-pocketed third entrant in the race to serve fiber-starved markets, pressuring their own deployment timelines and pricing for wholesale capacity.
Third-order effects
- If Athena follows the pattern of the FCC filings and prior partnerships, internet access for underserved regions consolidates around competing orbital constellations, with regulators adjudicating spectrum and market access across national borders.
- A successful constellation would make Facebook a full-stack access provider — orbit, terrestrial radios, and apps — blurring the line between platform company and telecom operator.
The trend: Backhaul for the unconnected is migrating from experimental aerial platforms to low-Earth-orbit constellations, with Facebook trading its drone bet for a seat alongside SpaceX and OneWeb.